MARC

 008080227s2006        ulka                    000      kor
■020    ▼a899110522X
■0801  ▼a612.1
■082    ▼a612▼223
■090    ▼a612▼b조64ㅅ
■1001  ▼a조영일,  유정열,  서상호,이병권,  이상준,  권혁문  공저
■24510▼a생체유체역학▼b혈관  질환의  진단과  치료의  공학적  접근▼d조영일,  유정열,  서상호,이병권,  이상준,  권혁문  공저
■260    ▼a서울▼b야스미디어▼c2006
■300    ▼a479p.▼b삽도▼c27cm
■505    ▼aChapter  1  심장병과  유체역학▼a서론▼c2▼a1.1  심장병▼c3▼a1.2  의사와  공학자▼c5▼a1.3  병  Disease  이란  무엇인가?▼c7▼a1.4  세균이론▼c7▼a1.5  유체역학의  공헌▼c8▼a1.6  유체역학  이론의  요약▼c9▼a1.7  전단응력과  전단율▼c10▼a1.8  Bernoulli  공식▼c1000▼a1.9  운동량  보존의  법칙▼c1311▼a1.10  원형관에서의  유동해석▼c1422▼achapter  2  혈액의  순환  시스템(동맥과  정맥)33▼a2.1  혈액의  순환▼c2244▼a2.2  대동맥과  대정맥▼c2255▼a2.3  심장의  구조▼c2466▼a2.4  심장에서  나온  혈액은  어디로  흐르나▼c2577▼a2.5  관상동맥▼c2788▼a2.6  경동맥과  추골동맥▼c2999▼a2.7  팔에  있는  동맥과  정맥들▼c3200▼a2.8  가슴,  복부,  그리고  다리에  있는  동맥들▼c3411▼a2.9  동맥경화와  치료방법들의  소개▼c3522▼aChapter  3  혈류역학적  특성33▼a서론▼c5044▼a3.1  동맥혈관을  따라  변화하는  혈압▼c5055▼a3.2  말초혈관들의  조직적  특성들▼c5366▼a3.3  우심실에서의  혈압▼c5577▼a3.4  수축기와  이완기  압력▼c5588▼a3.5  중력이  혈압에  미치는  영향▼c5699▼a3.6  왜  하지에  있는  혈관에서  혈관질환이  더  많은가?▼c5700▼a3.7  혈압과  유속▼c5811▼a3.8  좌관상동맥에서의  유속▼c6022▼a3.9    심장과  좌심실▼c6133▼a3.10  심부전증  CHF  이란  무엇인가?▼c6244▼a3.11  심장이식수술▼c6355▼a3.12  압력과  부피의  관계성▼c6366▼a3.13  전부하  Preload  와    후부하  Afterload▼c6477▼a3.14  좌심실  근육의  인장응력  Hoop  stress▼c6788▼a3.15  Frank-Starling  법칙▼c6899▼a3.16  심장의  일▼c7100▼a3.17  심장박동률  Heart  rate(맥박)▼c7211▼a3.18  심장박동률의  변화율  Heart  rate  variability,  HRV▼c7422▼a3.19  분출률  Ejection  fraction▼c7533▼a3.20  평균압력  Mean  arterial  pressure,  MAP▼c7544▼a3.21  맥박  Pulse  pressure▼c7655▼a3.22  혈압측정  방법▼c7766▼aChapter  4  동맥혈관들의  구조와  역할77▼a서론▼c8488▼a4.1  내피세포  Endothelial  cell▼c8599▼a4.2  누가  아스피린을  복용해야  하는가?▼c8600▼a4.3  박동성  유동과  대동맥의  팽창▼c8711▼a4.4  대동맥의  역할▼c8922▼a4.5  동맥경화로  인한  혈압상승▼c9133▼a4.6  동맥의  탄력성  측정▼c9344▼a4.7  정리▼c9455▼aChapter  5  말초혈관66▼a5.1  말초혈관저항  Peripheral  vascular  resistance,  PVR▼c10077▼a5.2  말초혈관의  수축으로  오는  나쁜  결과들▼c10188▼a5.3  말초혈관의  수축과  확장▼c10299▼a5.4  말초혈관의  수축과  확장을  조절하는  요소들▼c10300▼a5.5  말초동맥혈관병  Peripheral  arterial  disease,  PAD▼c11011▼a5.6  허혈  Ischemia  무엇이  문제인가?▼c11122▼a5.7  동양의학의  근본원리▼c11233▼aChapter  6  동맥경화와  죽상동맥경화44▼a6.1  동맥경화  Arteriosclerosis▼c11655▼a6.2  피로에  의한  상처  Fatigue  injury▼c11766▼a6.3  동맥의  유연성  Arterial  compliance▼c11977▼a6.4  자기보호반응  Protective  adaptation▼c12088▼a6.5  죽상동맥경화  Atherosclerosis▼c12099▼a6.6  혈유동이  죽상동맥경화에  미치는  영향▼c12400▼a6.7  내  혈관은  얼마나  막혀  있을까?▼c12411▼a6.8  혈전  Thrombus  이  만들어지는  과정▼c12622▼a6.9  혈액응고의  과정▼c12733▼a6.10  섬유소원▼c12844▼a6.11  트롬빈과  응고단백질들▼c12955▼a6.12  혈전과  섬유소  용해과정▼c13066▼a6.13  항혈전제▼c13177▼a6.14  심장병의  치료를  위해  최근  발전된  것들▼c13288▼a6.15  왜  프로  운동선수들의  평균수명이  보통사람보다  작을까?▼c13399▼a6.16  글리코케이릭스  Glycocalyx층▼c13300▼a6.17  죽상동맥경화의  병인론  Etiology:  염증이론▼c13511▼a6.18  치료방법▼c14122▼a토의▼c14233▼aChapter  7  분지혈관에서의  혈유동44▼a7.1  대퇴동맥  분지관의  혈관조영사진▼c14655▼a7.2  분지관의  단면적  변화율과  머리의  법칙  Murray's  law▼c14766▼a7.3  분지혈관에서의  유체역학적  고려사항들▼c14977▼a7.4  전단응력에  좌우되는  내피세포상처▼c15088▼a7.5  분지혈관에서의  압력강하  계산방법과  실험결과들▼c15199▼a7.6  경동맥에서의  혈유동▼c15500▼a7.7  복부대동맥에서의  혈유동▼c15711▼a7.8  양의  압력구배  Positive  pressure  gradient▼c15822▼a7.9  대퇴동맥  분지혈관에서의  혈유동실험▼c16033▼aChapter  8  비정상상태의  해석  및  실험44▼a서론▼c16655▼a8.1  전기회로를  이용한  혈유동  해석:  일차원  Windkessel  모델▼c16666▼a8.2  수정  Windkessel  모델▼c17077▼a8.3  엑셀  프로그램에서  사용된  가정과  상수들▼c17488▼a8.4  심장의  일률  Work  rate  of  the  heart▼c17599▼a8.5  탄력이  전혀  없는  굳은  Rigid  관에서  정상상태의  유동해석▼c1770000▼a8.6  탄력이  전혀  없는  굳은  관에서  비정상태의  유동해석▼c1780101▼a8.7  Womersley  수▼c1810202▼a8.8  임상적인  고려사항▼c1860303▼a8.9  혈유동의  실험적  연구:  압력과  유속의  상  차이  Phase  difference  결정▼c1870404▼a8.10  혈유동의  실험적  연구방법▼c1890505▼a8.11  협착혈관  Stenosed  artery  에서의  유동▼c1920606▼a8.12  점성에  의한  압력손실▼c1950707▼a8.13  운동량에  의한  압력손실▼c1960808▼a8.14  관상동맥이  얼마나  막혔는지를  측정하는  방법들▼c1970909▼a8.15  곡선  혈관에서의  혈유동▼c1981010▼aChapter  9  혈유변학1111▼a서론▼c2081212▼a9.1  유체의  점성▼c2091313▼a9.2  전단율에  따라  감소하는  혈액의  점성▼c2101414▼a9.3  전단율  Shear  rate▼c2111515▼a9.4  관  직경이  혈액의  점성  측정에  미치는  영향▼c2141616▼a9.5  혈장  Plasma▼c2151717▼a9.6  헤마토크리트  Hematocrit▼c2161818▼a9.7  산소공급능력▼c2191919▼a9.8  적혈구의  응집력과  변형률이  혈액의  점성에  미치는  영향▼c2212020▼aChapter  10  혈액의  점성모델2121▼a10.1  Casson  점성모델▼c2262222▼a10.2  Herschel-Bulkley,  H-B  모델▼c2262323▼a10.3  혈액의  항복응력▼c2272424▼a10.4  혈액의  점성을  계산하기  위한  비뉴턴  점성모델들▼c2282525▼a10.5  3변수  점성  모델  Best  Three  Variable  Model,  B3VM▼c2302626▼a10.6  점성  측정방법  회전식점도계▼c2302727▼a10.7  모세관  점도계  Capillary  tube  viscometer▼c2342828▼a10.8  U-모양을  가진  모세관  점도계  U-shape  capillary  tube  viscometer▼c2352929▼a10.9  Casson  점성모델을  이용한  층류  혈유동해석  및  점도계산방법▼c2403030▼a10.10  속도분포의  유도  :  Casson  모델▼c2423131▼a10.11  복습▼c2463232▼aChapter  11  혈액의  물리적  특성3333▼a서론▼c2503434▼a11.1  헤마토크리트  측정▼c2503535▼a11.2  혈액의  전기저항율▼c2513636▼a11.3  적외선  근처의  스펙트럼  Near-infrared-spectrum,  NIRS을  이용하는  방법▼c2543737▼a11.4  적혈구의  변형률  Deformability  과  응집률  Aggregation▼c2563838▼a11.5  실험실에서  사용할  수  있는  방법들▼c2573939▼a11.6  혈액의  응고실험  Prothrombin  time  PT  test▼c2604040▼a11.7  APTT  Test▼c2614141▼a11.8  TT  test▼c2614242▼a11.9  적혈구  침강분리법.  ESR▼c2614343▼a11.10  Thromboelastograph▼c2624444▼a11.11  포도당  Glucose  과  혈당  Blood  glucose  측정방법▼c2644545▼aChapter  12  심전도4646▼a12.1  심전도와  유체역학▼c2744747▼a12.2  심전도  Electrocardiogram▼c2744848▼a12.3  분극화  Polarization  와  탈분극화  depolarization▼c2764949▼a12.4  동방마디  Sinoarterial  node,  sa  node▼c2765050▼a12.5  방실마디  Artrioventrieular  node,  AV  node▼c2775151▼a12.6  퍼킨예  섬유들  Purkinje  fibers▼c2785252▼a12.7  심전도그래프  Electrocardiogram,ECG▼c2785353▼a12.8  심장  맥박수  조절  Control  of  heart  rate▼c2805454▼a12.9  세포막  사이에  존재하는  전위▼c2815555▼aChapter  13  삼투압과  산소의  운반5656▼a서론▼c2865757▼a13.1  삼투현상  Osmosis▼c2865858▼a13.2  삼투압  Osmotic  Pressure▼c2885959▼a13.3  오스몰  Osmoles▼c2886060▼a13.4  모세혈관벽을  통한  유체의  이동  Transcapillary  fluid  movement▼c2896161▼a13.5  모세혈관벽에서  삼투압이  생기는  원인▼c2906262▼a13.6  스탈링의  필터원리  Starling's  filtration  principle▼c2916363▼a13.7  산소의  운반▼c2926464▼a13.8  협착  Stenosis  의  영향▼c2946565▼a13.9  혈관  벽을  통한  산소  확산의  수학적  모델링▼c2956666▼a13.10  산소의  소비량과  심박출량  Cardiac  output  계산▼c2996767▼aChapter  14  세포막의  평형전위와  탈분극화6868▼a14.1  세포막의  평형전위▼c3066969▼a14.2  넌스트  공식  Nernst  equation▼c3067070▼a14.3  세포막-인지질  이중층  Phospholipid  double  layer▼c3087171▼a14.4  이온  통로▼c3097272▼a14.5  세포막을  통한  확산운동과  능동적  운반  Active  transport▼c3107373▼a14.6  평형전위(전압)Equilibrium  potentia▼c3117474▼a14.7  휴식상태의  세포와  소디움  이온▼c3137575▼a14.8  분극화된  Polarized  세포와  탈분극화된  Depolarized  세포▼c3147676▼a14.9  신경세포  Neuron  와  유체역학▼c3147777▼a14.10  신경세포  Neuron▼c3157878▼a14.11  신경세포에  흐르는  임펄스▼c3167979▼a14.12  신경세포에서  임펄스의  전도기전  Conduction  mechanism  of  electrical  impulse▼c3188080▼aChapter  15  혈관질환과  신경해부학8181▼a서론▼c3228282▼a15.1  동양의학과  신경해부학▼c3238383▼a15.2  서양의학의  접근방법▼c3248484▼a15.3  신경계:  중추신경계와  말초신경계▼c3268585▼a15.4  자율신경세포와  혈관  외부  벽의  연접▼c3278686▼a15.5  교감신경계와  부교감신경계▼c3278787▼a15.6  내장기관의  대사활동  Metabolism▼c3288888▼a15.7  A-beat,  A-delta,  그리고  c  섬유들▼c3308989▼a15.8  피부에  있는  감각센서들▼c3319090▼a15.9  통증  이론  Pain  theory▼c3319191▼a15.10  관련통  Referred  pain▼c3339292▼a15.11  관련통을  설명하는  수렴투사설▼c3349393▼a15.12  분절의  개념과  Dermatome▼c3369494▼a15.13  혈관의  수축을  풀어주는  기전▼c3369595▼aChapter  16  심장혈관질환에서  항혈소판  제제  및  항혈전요법9696▼a16.1  혈소판  Platelet  의  구조▼c3429797▼a16.2  지혈  및  혈액응고에  관련된  혈소판의  기능▼c3439898▼a16.3  항혈소판  제제▼c3449999▼aChapter  17  전상생체유체역학0000▼a서론▼c3600101▼a17.1  수치모사방법▼c3610202▼a17.2  수학적  모델링▼c3620303▼a17.3  이산화방법▼c3620404▼a17.4  수치모사의  경계조건▼c3690505▼a17.5  수치모사를  위한  혈관모형▼c3730606▼a17.6  혈액의  점도모델▼c3780707▼a17.7  생체유체역학  관련  상용코드▼c3810808▼a17.8  생체유체역학의  수치모사  예▼c3820909▼aChapter  18  순환기질환  연구를  위한  새로운  도구와  방법1010▼a서론▼c3981111▼a18.1  MEMS▼c3991212▼a18.2  바이오물질의  미세  조작▼c4051313▼a18.3  생체물질의  조작  Biomaterial  manipulation▼c4141414▼a18.4  실시간  단일  세포의  관찰▼c4161515▼a18.5  세포  분리▼c4191616▼aChapter  19  의료용  영상진단기기1717▼a서론▼c4281818▼a19.1  X선  진단장치▼c4291919▼a19.2  X선  단층촬영장치  X-ray  CT▼c4332020▼a19.3  핵의학  진단장치▼c4362121▼a19.4  자기공명촬영장치  MRI▼c4402222▼a19.5  초음파  진단장치▼c4442323▼a19.6  내시경▼c4482424▼a19.7  혈류의  속도장  측정▼c4502525▼a1.  금형  설계2626▼a제1장  프레스  금형  설계2727▼a1.  소성변형과  소성가공▼c152828▼a예상문제▼c172929▼a2.  프레스  가공의  종류▼c193030▼a2-1  프레스  가공의  개요▼c193131▼a2-2  프레스  가공의  분류▼c193232▼a2-3  전단가공  그룹▼c203333▼a2-4  굽힘·성형가공  그룹▼c223434▼a2-5  드로잉  가공  그룹▼c233535▼a2-6  압축가공  그룹▼c233636▼a2-7  기타  가공  그룹▼c243737▼a예상문제▼c253838▼a3.  프레스  금형  각부  구성요소의  기능과  설계▼c303939▼a3-1  섕  크▼c304040▼a3-2  가이드  포스트·가이드  부시▼c304141▼a3-3  다이  세트▼c304242▼a3-4  맞춤핀▼c324343▼a3-5  펀치▼c334444▼a3-6  펀치  고정판▼c374545▼a3-7  받침판▼c384646▼a3-8  스트리퍼▼c384747▼a3-9  다  이▼c404848▼a3-10  다이의  설계▼c424949▼a3-11  녹아웃  장치▼c445050▼a3-12  이젝터▼c455151▼a3-13  스토퍼▼c455252▼a3-14  재료  가이드▼c495353▼a3-15  금형용  스프링  및  쿠션  고무▼c525454▼a예상문제▼c545555▼a4.  전단금형의  설계▼c655656▼a4-1  전단가공▼c655757▼a4-2  전단된  면의  형상▼c665858▼a4-3  전단면의  형상과  클리어런스의  관계▼c675959▼a4-4  섕크의  위치  결정▼c746060▼a4-5  제품의  판뜨기▼c756161▼a4-6  재료이용률▼c766262▼a4-7  잔폭(여유폭,  이송잔폭,  앞뒤잔폭,  노칭잔폭)의  결정▼c786363▼a4-8  전단금형▼c806464▼a4-9  전단금형의  조립▼c846565▼a예상문제▼c856666▼a5.  굽힘금형의  설께▼c996767▼a5-1  굽힘가공▼c996868▼a5-2  가공한계와  최소  굽힘반지름▼c1006969▼a5-3  스프링백▼c1007070▼a5-4  굽힘가공  압력의  계산법▼c1027171▼a5-5  굽힘제품의  전개길이  게산법▼c1037272▼a5-6  V  자굽힘금형▼c1087373▼a5-7  V  자  이외의  굽힘금형▼c1097474▼a예상문제▼c1107575▼a6.  드로잉  금형의  설계▼c1157676▼a6-1  드로잉  가공▼c1157777▼a6-2  한계  드로잉률  및  드로잉비▼c1167878▼a6-3  재드로잉  가공▼c1177979▼a6-4  드로잉  금형에서의  곡률반지름▼c1178080▼a6-5  드로잉  금형의  클리어런스▼c1188181▼a6-6  드로잉  가공  시  소요되는  압력과  일량▼c1228282▼a6-7  드로잉  가공  시  제품의  불량  원인과  대책▼c1258383▼a6-8  드로잉  금형▼c1278484▼a6-9  아이어닝  가공▼c1298585▼a예상문제▼c1298686▼a7.  프레스  기계▼c1388787▼a7-1  프레스의  능력  기준▼c1388888▼a7-2  공칭압력(압력능력,  호칭압력)▼c1388989▼a7-3  공칭압력(토크  능력)의  위치▼c1389090▼a7-4  작업용량(일능력)▼c1399191▼a7-5  프레스의  종류▼c1399292▼a7-6  프레스의  정도▼c1429393▼a7-7  금형의  설치▼c1439494▼a7-8  금형의  설치  및  시험  작업▼c1449595▼a예상문제▼c1449696▼a제2장  사출  금형  설계9797▼a1.  사출  금형의  개요▼c1479898▼a1-1  사출성형의  원리▼c1479999▼a1-2  사출  금형의  특성과  기술적  동향▼c1480000▼a2.  플라스틱  금형의  분류▼c1500101▼a2-1  압축금형▼c1500202▼a2-2  이송금형▼c1500303▼a2-3  압출금형▼c1510404▼a2-4  취입금형▼c1520505▼a2-5  진공금형▼c1520606▼a2-6  사출금형▼c1530707▼a예상문제▼c1550808▼a3.  사출성형품  설계▼c1580909▼a3-1  성형  수축▼c1581010▼a3-2  파팅  라인▼c1581111▼a3-3  성형품  빼기구배▼c1591212▼a3-4  성형품의  살두께▼c1621313▼a3-5  성형품  보강과  변형  방지▼c1631414▼a3-6  보  스▼c1651515▼a3-7  구  멍▼c1661616▼a3-8  성형나사의  설계▼c1671717▼a3-9  금속  인서트▼c1671818▼a예상문제▼c1681919▼a4.  사출  금형의  구조와  기능▼c1742020▼a4-1  사출  금형의  기본  구조▼c1742121▼a4-2  금형  각부의  기능▼c1742222▼a4-3  유동기구▼c1752323▼a4-4  이젝터  기구▼c1772424▼a예상문제▼c1802525▼a5.  성형  재료▼c1862626▼a5-1  플라스틱의  개요▼c1862727▼a5-2  플라스틱의  분류▼c1862828▼a5-3  성형용  수지  재료의  특성▼c1872929▼a5-4  성형  재료의  선택▼c1873030▼a예상문제▼c1933131▼a6.  사출성형기▼c1973232▼a6-1  사출성형기의  구조▼c1973333▼a6-2  사출성형기의  분류▼c1983434▼a6-3  사출성형기의  설명서▼c2013535▼a6-4  사출성형기의  동작▼c2033636▼a예상문제▼c2043737▼a7.  사출성형용  금형  설계▼c1093838▼a7-1  사출성형용  금형의  설계▼c2093939▼a7-2  형판  캐비티  기구  설계▼c2124040▼a7-3  유동기구의  설계▼c2184141▼a7-4  이젝터  기구  설계▼c2314242▼a7-5  금형의  온도  조절  기구▼c2404343▼a7-6  언더컷  처리  기구▼c2444444▼a7-7  러너리스  사출▼c2504545▼a7-8  러너리스  금형의  종류▼c2514646▼a7-9  금형  가열  히터  계산식▼c2534747▼a7-10  러너리스  성형에  적합한  성형품과  수지▼c2544848▼a예상문제▼c2544949▼a8.  사출성형의  트러블과  그  대책▼c2725050▼a8-1  개선이  용이한  트러블▼c2725151▼a8-2  개선이  어려운  트러블▼c2775252▼a예상문제▼c2805353▼a2.  금형  제작법5454▼a제1장  금형  공작5555▼a1.  금형  공작의  개요▼c2855656▼a1-1  금형의분류▼c2855757▼a1-2  각종  금형의  제작법과  그  특징▼c2865858▼a1-3  금형  재료▼c2875959▼a예상문제▼c2906060▼a2.  금형  제작과  형  조각용  설비▼c2926161▼a2-1  금형  제작  공정▼c2926262▼a예상문제▼c2956363▼a3.  모델의  제작▼c2966464▼a3-1  모델  재료와  모델  분류▼c2966565▼a3-2  모델  제작▼c2966666▼a예상문제▼c2986767▼a4.  특수  기계에  의한  형  제작▼c3006868▼a4-1  모방가공에  의한  형  조각▼c3006969▼a4-2  조각기에  의한  형  제작▼c3017070▼a4-3  콘투어  머신에  의한  형  조각▼c3027171▼a4-4  특수가공에  의한  형  제작▼c3037272▼a예상문제▼c3057373▼a제2장  소성  및  판금가공7474▼a1.  소성가공▼c3127575▼a1-1  탄성과  소성▼c3127676▼a1-2  소성가공의  특성▼c3127777▼a1-3  소성가공법▼c3147878▼a예상문제▼c3187979▼a2.  판금가공▼c3238080▼a2-1  판금가공의  개요▼c3238181▼a2-2  각종  판금가공▼c3258282▼a예상문제▼c3318383▼a제3장  절삭  이론8484▼a1.  기계  공작  일반▼c3368585▼a1-1  절삭  가공의  종류▼c3368686▼a1-2  공작  기계의  종류▼c3378787▼a1-3  절삭  속도와  회전수▼c3388888▼a2.  절삭공구▼c3398989▼a2-1  절삭  공구와  공구  재료▼c3399090▼a2-2  바이트의  모양과  종류▼c3429191▼a2-3  절삭  칩의  생성과  구성  인선▼c3469292▼a2-4  절삭  저항의  3분력▼c3479393▼a3.  절삭유  및  윤활▼c3489494▼a3-1  절삭유▼c3489595▼a3-2  윤  활▼c3499696▼a예상문제▼c3519797▼a제4장  선반  가공법9898▼a1.  선반의  종류와  구조▼c3619999▼a1-1  선반의  종류와  특징  및  용도▼c3610000▼a1-2  선반의  각부  명칭  및  구조▼c3620101▼a1-3  선반의  부속  장치▼c3650202▼a1-4  선반의  조작  기호와  작업의  종류▼c3680303▼a예상문제▼c3700404▼a2.  선반  작업▼c3740505▼a2-1  선반  가공의  종류▼c3740606▼a2-2  가공물  고정▼c3740707▼a2-3  선반  절삭  작업▼c3760808▼a2-4  나사절삭▼c3790909▼a2-5  공작물  측정▼c3821010▼a2-6  선반  점검법▼c3831111▼a예상문제▼c3841212▼a제5장  밀링  가공법1313▼a1.  밀링  머신의  개요▼c3881414▼a1-1  밀링  머신의  종류  및  특성과  용도▼c3881515▼a1-2  밀링  절삭  조건▼c3901616▼a1-3  절삭제▼c3921717▼a예상문제▼c3931818▼a2.  밀링  부속  장치▼c3971919▼a2-1  바이스▼c3972020▼a2-2  부속  장치▼c3972121▼a예상문제▼c3982222▼a3.  밀링  커터▼c3012323▼a3-1  밀링  커터의  종류와  용도▼c3012424▼a3-2  밀링  커터의  각도▼c3022525▼a예상문제▼c4062626▼a4.  밀링  가공법▼c4092727▼a4-1  밀링  가공  준비▼c4092828▼a4-2  밀링  작업▼c4102929▼a4-3  분할대와  분할  작업▼c4143030▼a4-4  기타  가공법▼c4173131▼a예상문제▼c4183232▼a제6장  연삭  가공법3333▼a1.  각종  연삭기▼c4223434▼a1-1  연삭  가공▼c4223535▼a1-2  각종  연삭기의  특징  및  용도▼c4233636▼a예상문제▼c4273737▼a2.  연삭  숫돌▼c4303838▼a2-1  연삭  숫돌의  구성▼c4303939▼a2-2  숫돌바퀴의  모양과  표시▼c4324040▼a2-3  다이아몬드  숫돌▼c4334141▼a예상문제▼c4344242▼a3.  연삭작업▼c4374343▼a3-1  연삭  가공의  일반  사항▼c4374444▼a3-2  연삭  작업▼c4384545▼a3-3  연삭  작업  시의  결함▼c4394646▼a예상문제▼c4404747▼a제7장  기타  범용  기계  가공4848▼a1.  드릴링·보링·브로치▼c4444949▼a1-1  드릴링  머신▼c4445050▼a1-2  보링  머신▼c4475151▼a1-3  브로치  작업▼c4495252▼a예상문제▼c4505353▼a2.  셰이퍼·플레이너·슬로터▼c4565454▼a2-1  셰이퍼▼c4565555▼a2-2  플레이너▼c4585656▼a2-3  슬로터▼c4595757▼a예상문제▼c4605858▼a제8장  기어  가공5959▼a1.  기어의  개요▼c4656060▼a1-1  드릴링  머신▼c4656161▼a1-2  기어  각부의  명칭과  이의  크기▼c4676262▼a예상문제▼c4696363▼a2.  기어  가공법▼c4726464▼a2-1  기어  가공법의  종류▼c4726565▼a2-2  기어  절삭기의  종류▼c4736666▼a2-3  기어  연삭기▼c4746767▼a2-4  기어  셰이빙  머신▼c4756868▼a2-5  기어  셰이빙  작업▼c4756969▼a예상문제▼c4767070▼a3.  각종  기어  절삭법▼c4787171▼a3-1  평기어  절삭법▼c4787272▼a3-2  헬리컬  기어  절삭법▼c4797373▼a3-3  베벨  기어  절삭법▼c4797474▼a3-4  래크  기어  절삭법▼c4807575▼a예상문제▼c4817676▼a4.  정밀  입자  가공  및  특수  가공▼c4847777▼a4-1  정밀  입자  가공▼c4947878▼a4-2  특수  가공▼c4857979▼a예상문제▼c4878080▼a5.  손다듬질  작업(수기  가공)▼c4928181▼a5-1  손다듬질용  설비와  공구▼c4928282▼a5-2  금긋기  작업▼c4928383▼a5-3  절단  작업▼c4958484▼a5-4  정  작업▼c4978585▼a5-5  줄  작업▼c4998686▼a5-6  스크레이퍼  작업▼c5008787▼a5-7  리머  작업▼c5018888▼a예상문제▼c5038989▼a제9장  CNC  공작법9090▼a1.  NC의  원리▼c5069191▼a1-1  NC의  개요▼c5069292▼a1-2  서보  기구  방식▼c5089393▼a예상문제▼c5109494▼a2.  NC  프로그래밍▼c5159595▼a2-1  개요▼c5159696▼a2-2  지령절▼c5169797▼a예상문제▼c5219898▼a제10장  금형의  조립·검사  및  안전9999▼a1.  금형의  조립▼c5260000▼a1-1  조립의  일반  사항▼c5260101▼a1-2  금형  부품의  위치  결정▼c5270202▼a1-3  금형  부품의  고정▼c5290303▼a1-4  금형의  조립▼c5300404▼a2.  금형의  검사▼c5320505▼a2-1  프레스  금형의  검사▼c5320606▼a2-2  사출금형의  검사▼c5320707▼a3.  금형  제작의  안전▼c5330808▼a3-2  프레스  금형  설치의  안전▼c5330909▼a3-2  프레스  안전▼c5371010▼a3.  금형  재료1111▼a제1장  금속  재료의  성질과  분류1212▼a1.  금속  재료의  일반적  성질▼c5411313▼a1-1  금속과  합금▼c5411414▼a1-2  금속  재료의  물리적  성질과  기계적  성질▼c5421515▼a예상문제▼c5431616▼a2.  금속의  결정과  합금  조직▼c5451717▼a2-1  금속의  결정▼c5451818▼a2-2  합금의  조직▼c5461919▼a예상문제▼c5482020▼a3.  재료의  시험  및  검사▼c5542121▼a3-1  정적  시험▼c5542222▼a3-2  동적  시험▼c5552323▼a예상문제▼c5562424▼a4.  금속의  가공과  풀림▼c5612525▼a4-1  금속  가공▼c5612626▼a4-2  재결정과  풀림▼c5612727▼a예상문제▼c5622828▼a제2장  철강  재료2929▼a1.  철과  강▼c5643030▼a1-1  제철법  및  제강법▼c5643131▼a1-2  철강의  분류와  성질▼c5663232▼a예상문제▼c5673333▼a2.  순철과  탄소강▼c5703434▼a2-1  순  철▼c5703535▼a2-2  탄소강▼c5703636▼a예상문제▼c5803737▼a4.  합금강▼c5853838▼a4-1  합금강의  개요▼c5853939▼a4-2  구조용  합금강▼c5854040▼a4-3  공구용  합금강▼c5864141▼a4-4  특수  용도용  합금강▼c5874242▼a예상문제▼c5884343▼a5.  주철과  주강▼c5924444▼a5-1  주철의  개요▼c5924545▼a5-2  주철의  종류▼c5944646▼a5-3  주  강▼c5954747▼a예상문제▼c5964848▼a제3장  비철금속  재료4949▼a1.  알루미늄과  그  합금▼c6005050▼a1-1  알루미늄▼c6005151▼a1-2  알루미늄  합금▼c6015252▼a예상문제▼c6025353▼a2.  구리와  그  합금▼c6045454▼a2-1  구  리▼c6045555▼a2-2  구리  합금▼c6045656▼a예상문제▼c6065757▼a제4장  신소재5858▼a신소재▼c6105959▼a예상문제▼c6116060▼a4.  정밀  계측6161▼a제1장  정밀  측정6262▼a1.  측정의  기초▼c6156363▼a1-1  측정의  개념과  측정의  종류▼c6156464▼a1-2  측정  단위와  측정  오차▼c6166565▼a예상문제▼c6186666▼a2.  길이  측정▼c6196767▼a2-1  길이  측정의  분류▼c6196868▼a2-2  일반  측정기▼c6196969▼a2-3  정밀  측정기▼c6207070▼a예상문제▼c6317171▼a3.  각도,  평면  및  테이퍼  측정▼c6387272▼a3-1  각도  측정▼c6387373▼a3-2  평면  측정▼c6407474▼a3-3  테이퍼  측정▼c6427575▼a3-4  표면  거칠기  측정▼c6427676▼a예상문제▼c6447777▼a제2장  표면  거칠기와  끼워  맞춤7878▼a1.  표면  거칠기와  면의  지시  기호▼c6477979▼a1-1  표면  거칠기▼c6478080▼a1-2  표면  거칠기의  표시▼c6498181▼a1-3  다듬질  기호▼c6548282▼a1-4  가공  방법의  약호▼c6568383▼a예상문제▼c6568484▼a2.  치수  공차와  끼워  맞춤▼c6588585▼a2-1  공차▼c6588686▼a2-2  끼워  맞춤▼c6608787▼a2-3  치수  공차와  끼워  맞춤  기호의  기입법▼c6638888▼a예상문제▼c6668989▼a제3장  나사  및  기어  측정9090▼a1.  나사  측정▼c6699191▼a1-1  나사의  기준산  모양과  기준치수▼c6699292▼a1-2  등가유효지름▼c6709393▼a1-3  수나사의  측정법▼c6709494▼a2.  기어  측정▼c6729595▼a2-1  인벌류트  평기어의  기본  치수▼c6729696▼a2-2  걸치기  이두께의  측정▼c6739797▼a2-3  이두께  버니어의  캘리퍼스에  의한  이두께  측정▼c6749898▼a2-4  평기어  정도와  이  모양  치수의  허용오차▼c6759999▼a2-5  기어의  물림  시험▼c6750000▼a예상문제▼c6750101▼a제4장  3차원  측정  및  정도  관리0202▼a1.  3차원  측정기의  일반▼c6780303▼a2.  측정점  검출기▼c6780404▼a3.  측정기의  정도  관리▼c6800505▼a4.  정밀  측정의  자동화▼c6810606▼a부록0707▼a과년도  출제  문제▼c6850808
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